The radius of curvature equation for a particle is given as: r = mv/lq|B where r = radius of curvature [m], m is mass [kg], q is the total charge of the particle [Coulombs, C], and B is the B - field strength ( magnetic flux density) [Teslas, T]. If the B- field is 9.0 x10 - 3 T and the radius of curvature is measured to be 34.6m, what is the kinetic energy of the alpha particles for U-235 ?
The radius of curvature equation for a particle is given as: r = mv/lq|B where r = radius of curvature [m], m is mass [kg], q is the total charge of the particle [Coulombs, C], and B is the B - field strength ( magnetic flux density) [Teslas, T]. If the B- field is 9.0 x10 - 3 T and the radius of curvature is measured to be 34.6m, what is the kinetic energy of the alpha particles for U-235 ?
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Chapter1: Units, Trigonometry. And Vectors
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![The radius of curvature equation for a particle is given as:
r = mv/lq|B
where r = radius of curvature [m], m is mass [kg], q is the total
charge of the particle [Coulombs, C], and B is the B - field strength (
magnetic flux density) [Teslas, T]. If the B- field is 9.0 x10 - 3 T and
the radius of curvature is measured to be 34.6m, what is the kinetic
energy of the alpha particles for U-235 ?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7a1e3883-f51a-4316-9837-bbbcd325ec8a%2F5bdc0fcf-a20f-4131-be0b-74c18aa6f6b1%2F1cnoi5m_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The radius of curvature equation for a particle is given as:
r = mv/lq|B
where r = radius of curvature [m], m is mass [kg], q is the total
charge of the particle [Coulombs, C], and B is the B - field strength (
magnetic flux density) [Teslas, T]. If the B- field is 9.0 x10 - 3 T and
the radius of curvature is measured to be 34.6m, what is the kinetic
energy of the alpha particles for U-235 ?
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